Powerflex Universal Bump Stops - BS001 - 33 x 49 x 20mm

Introducing the Powerflex Universal Bump Stops - a vital component to complete your lowered suspension system. These bump stops play an essential role in regulating your vehicle's shock absorbers, preventing them from fully bottoming out during off-road adventures or aggressive driving.

• Material: Crafted with a robust Polyurethane compound, Powerflex Universal Bump Stops offer unparalleled durability and ensure longevity in extreme conditions. This high-quality material guarantees enhanced handling capabilities when the spring is at its limit.
• Design: The bump stops feature a 3D contour design, which provides an optimized surface for shock absorber pistons to seamlessly slide upon impact. This innovative design significantly reduces the risk of damage caused by excessive force and promotes smooth operation.
• Versatility: Powerflex Universal Bump Stops come in an extensive range of sizes, making them suitable for a wide variety of shock absorber diameters. With precise measurements available on the sizing chart, it's effortless to find the ideal fit for your specific model.
• Fitting: Each bump stop is equipped with an M10 x 38mm long fixing stud, designed to securely fasten them onto shock absorber pistons and rods. This robust attachment system ensures a reliable installation for optimal performance.
• Dimensions: Below are the specifications of our diverse range of Powerflex Universal Bump Stops:
• "BS001" - Diameter: 49mm, Height: 33mm, Bore: 20mm
• "BS002" - Diameter: 49mm, Height: 37.5mm, Bore: 13mm
• "BS003" - Diameter: 49mm, Height: 60mm, Bore: 13mm
• "BS004" - Diameter: 49mm, Height: 78mm, Bore: 13mm
• "BS005" - Diameter: 55mm, Height: 48mm, Bore: 20mm
• "BS006" - Diameter: 70mm, Height: 45mm, Bore: 20mm
• "BS010" - Diameter: 58mm, Height: 38mm, Bore: 20mm
• "BS020" - Diameter: 70mm, Height: 60mm, Bore: 16mm

Please note that while the bump stops are listed as universal, it is crucial to refer to the sizing chart for accurate installation and performance optimization.